Edited by Theresa Van Veelen, the following is an updated and enhanced version of the original Four Mile Creek Nature Trail Guide as written and compiled by Mary K. Hartz (Kasey Hartz) perhaps in the 1970s. For a brief trail brochure with a map, see this link.
Vision for Kasey Hartz Natural Area
The original area of approximately 8-10 acres and bisected by Four Mile Creek was established officially as the Natural Area by the Board of Trustees of Muskegon Community College May 1970. Later this area, which is adjacent to the campus proper was surveyed and delineated as 15 acres, includes a buffer zone and again was recognized by the Coordinating Council on March 25, 2008. “It includes a variety of small habitats which provide excellent opportunities for biology, geology, and geography studies, as well as for field problems in chemistry and physics. Of no less importance is the aesthetic value of the area which provides students in the fine arts and humanities a real opportunity to develop a true appreciation. The Board of Trustees of Muskegon Community College is to be commended for its foresight in establishing such as area and for recognizing the value of a natural area in the academic program at the college.
The nature trails, which have been developed and are approximately one mile, allow some of the area to be available to the people of Muskegon, school children, organizations and any individual who is interested. (link to trail map) We hope that this service of the College to the community will help to create a greater awareness and appreciation of the natural environment and a real sense of responsibility to work toward environmental quality for the Muskegon community.” This small area of undeveloped land just a short drive from the city provides cultural, recreational, and education values to many. Here, one can learn firsthand the inter-relationships between the physical and biological aspects of the environment and better understand our relationship to the whole ecosystem. It is a place for aesthetic enjoyment and appreciation of natural systems.
Visit Kasey Hartz Natural Area
The natural area and trails are suitable for use by college, K-12 school aged children, scouts, church groups, and other interested community members anytime during the daylight hours. Walking time, allowing for looking, listening, and reflecting, is about one hour; although if using the trail for a quick walking break, a loop can be walked in about fifteen minutes. Although the first 600 feet of the trail is concrete and is wheel chair accessible, the trail is not maintained during the winter and walking on the trail is not recommended unless there is no snow cover.
Reservations for trail guides can be made by calling the Life Science Department at 231-777-0273 or email the Life Science Department secretary at firstname.lastname@example.org. Reservations should be made at least two weeks in advance. Groups should be no larger than 25 and larger groups will be split into smaller groups. Trail guides are trained by the Life Science Department faculty and are many times college students who are appreciative of advanced group reservations. Spring tours are available beginning the middle of April through June and autumn tours can be requested from September through October. All tours are contingent on the weather; so be prepared for a tour cancellation if there is rain since the boardwalks and stairways become very slippery when wet. If your group would like to visit but do not need a trail guide, please call the Life Science Department secretary if you are bringing a group larger than ten people to avoid conflicts with other groups. When visiting the trail, many groups take advantage of the free showings at our Planetarium but appointments must be made for the Planetarium. (see this link for planetarium reservations).
Driving access to the Kasey Hartz Natural Area on the campus of Muskegon Community College (221 E. Quarterline Road, Muskegon, MI 49442) is obtained by parking in the North Parking Lot off of Quarterline Road and walking toward and along northern side the automobile technology wing to the trailhead located just northwest of the building. If already on campus, the trailhead is located from the main first floor. Exit the building from the outside doors just east of the Chemistry Laboratories and follow the sidewalk to the north / northeast (away from the inner courtyard live roof area) until you see the trailhead to your left. See this link for more campus location details.
See below for more information if you want to be a trail guide or contact the LS department 231-777-0273.
Purpose of the Natural Area
- To conserve a portion of the College campus that is representative of the natural communities and beauty of west Michigan.
- To provide a nature trail for the enjoyment of students, faculty and the community where individuals can develop an appreciation of the harmony that can exist between humans and the land.
- To provide an area where children can learn to develop a sense of appreciation and respect for the living world.
- To develop in those who use the area an understanding of interrelationships that exist in natural communities.
- To provide an outdoor laboratory where students can acquire knowledge of ecological principles and develop scientific curiosity.
- To provide an outdoor laboratory for the enrichment of courses within the College, such as art, biology, geology and geography.
- To provide an area for the enjoyment of hiking, bird watching and photography.
Brief History of Kasey Hartz Natural Area
- College Instructor, Kasey Hartz, began to establish the natural area shortly after the campus property was purchased in 1963.
- Ecology class of 1967 began to construct the nature trail and the following year a tour was attended by the College Board of Trustees.
- The natural area was officially established on April 20, 1970 by the Board of Trustees.
- The approximately 10 acre area and trails were dedicated as the Kasey Hartz Natural Area on May 4, 1974.
- The Michigan Natural Areas Council recognized the area as a natural area preserve in 1979. (Crispen, S. 1980. Natural Area Preserves in Michigan. The Michigan Botanist.)
- In 1991, the State of Michigan granted monies to develop the concrete barrier-free access to the first 600 feet of the trail and other upgrades such as the entrance sign.
- With legacy funds from Mary Kasey Hartz, new boardwalks and stairways were constructed in 2003.
- Between 2007 and 2009, the natural area was officially delineated as 15.07 acres and recognized by the Board of Trustees.
Overview of the Nature Trails
The trail meanders through three distinct types of habitats. It winds among the oaks and pines of the upland, before turning south to cross the creek, then goes up a north facing slope before turning east to overlook the creek from the south side. It then winds down into the creekbed again, crossing the creek and a small transition zone before climbing the south facing slope to the end. The first part of the trail goes through the upland area covered with oak-pine woods such as is quite typical in south-eastern Michigan. The soil is mostly sand with a layer of one-three inches of humus. As you descend the trail into the creek bed, you will be aware of some distinct changes. These changes are due to the effect of differences in temperature and humidity. Associated with these changes in the physical environment are changes in the organisms making up another community in another habitat—the creekbed wetland habitat. The number and species of organisms have increased. The third change in habitat is seen as one ascends the north facing slope and follows the trail eastward. Red maple and witch-hazel trees are quite common and seem to be replacing the oak-pine association on the north side of the creek.
The plants, animals, protists, bacteria, and fungi which live in the communities in these habitats have been shaped by forces of the past and present – in recent geological time, the glaciers which retreated from this region about 10,000 to 15,000 years ago; to more recent time, lumbering by removal of the red and white pine trees; the changing soils; fires; the dynamic effect of Lake Michigan; the inter-relationships of organisms through eons of time; and additional anthropogenic effects by humans in our choice of a place to live and our use of the land.
You will enjoy your walk more if you try to think in terms of communities, in which each organism, regardless of size or number, has a particular part to play (niche) and must perform it well enough to survive and reproduce. That its profession or job is necessary if the community is going to function. Nothing is static here; something is always happening. The community is a dynamic one. Each organism has its function, living or dead. The trail with its numbered stations indicates some specific representative organisms particularly plants and it is hoped that you think of the relationships and inter-relationships between the members of the living community and the non-living factors of the environment. This is the ecological concept.
Along the Trail
As you walk along the “street of a natural community”, think of the various organisms and groups of organisms which make up the community. What do they do? Where do they go and for what? How far do they move, if they do? With whom or what do they associate? Who makes the food for this community? Do you think it is a static community?
Upland Oak—Pine Community link to its fact sheet
1. Representative of the dominant trees are white oak (Quercus alba, link to its fact sheet), with its lighter bark and black oak (Quercus veluntina, link to its fact sheet), red oak (Quercus rubra, link to its fact sheet) with their darker bark. White oak has leaves that have rounded lobes and the bark of a mature tree is a light grey. The fruit, an acorn which ripens in the fall, provides food for animals, such as chipmunks, red squirrels, birds, and deer. Red and black oak have leaves with lobes which are sharply pointed and bristle-tipped. Our state tree, white pine (Pinus strobus, link to its fact sheet) is intermingled with the oaks and can be identified from its bundle of five needles. White pine is susceptible to a fungus disease, white pine blister rust. The fungus requires two hosts, the pine and wild currant or gooseberry. Where the disease is prevalent, currants or gooseberries, the alternate hosts, are eradicated. Between trail post #1 and #2, there is a shortcut trail to the left or south that leads to the end of the trail.
2. Between trail post #1 and #2, you may notice a smaller tree with black flakey bark; Prunus serotina, black cherry, doesn’t grow tall in this area. It can be identified by looking for orange hairs which are along the mid-rib vein on the underside of the leaves. This species attains a much greater size in the creekbed habitat. Amelanchier, juneberry, can be seen in a few places near the trail. It is a tall shrub which has white blossoms in late April or early May and bears fruit near the end of June. The fruit is excellent food for wildlife and even for jam/jellies. Easily recognizable is sassafras (Sassafras albidum) by its three different shaped leaves. It is a member of the laurel family and here it does not attain tree size due to limiting factors. The fruit, dark berries, and roots furnish food for animals and humans. Rub the bark off of a small twig and smell it. The spicy “root beer” flavor and aromatic odor is very pleasing to most people.
3. The small bushes are huckleberry (Gaylussacia baccata) and blueberry (Vaccinium angustifolium) and make up much of the shrub cover in the oak-pine habitat. Huckleberry has orange resin spots on the backside of its leaves and blueberry has smaller darker green leaves. Both of these plants furnish edible fruit for birds and small mammals. Do not be surprised if you see some chipmunks, red squirrels or fox squirrels scampering across the trail. Also common before frost is bracken fern (Pteridium aquilinum) which is the only species of fern in the oak-pine habitat. This fern with its long underground rhizomes sending up three-parted fronds is commonly found in partially open wooded uplands. Do you know of some yard where it also grows? Many old wives’ tales exist about the bracken fern: it protects one from goblins and witches and drives away serpents, gnats, no see ums (fly midges), and other creatures.
4. Look around. Do you see the largest white pine trees, most likely a remnant of the past lumbering years 150-200 years ago when it was too little and young to have been cut. No doubt they are the mother seed trees for all younger white pine trees around it. Since some are larger than the oaks, the pines also probably preceded the oaks in the natural plant succession. White pine might be said to be the species that built Muskegon, since millions of feet of lumber came down the Muskegon River to the sawmills lining the shores of Muskegon Lake. The heart-shaped leafed aster (Aster macrophyllus) blooms in the fall with a lovely blue purple flower. Also blooming in the fall is the blue stemmed goldenrod (Solidago caesia) which you may have noticed as you walked along the trail. As you proceed along the trail, notice the oak on the right hand side that has been infected with a shelf fungus (Phellinus) which obtains its nutrients by sending growing threads (mycelia) into the decomposing wood.
5. Take a short spur off to the left to find this trail post at the flowering dogwood tree (Cornus florida). This is one of Michigan’s loveliest trees with it large white blossoms before leafing out in the spring. In the fall, the leaves turn red and add much to the color and beauty of the woods. Listen! You may hear the cardinal singing. Turn back to where you previously were (if you continue downhill you will join the trail loop near its end). If you are with a guide, be certain to dig the soil probe down into the ground so that you can see, feel, and smell the upland soil. This soil type is Grayling-Rubicon sands, which is an excessively drained soil formed from the sandy deposition of glacial outwash 10,000s years ago.
6. Have you heard or seen any animals yet? Be careful around the bend, the sharp spines along the stems of greenbrier (Smilax) which are along the trail may snag you. On the rotting logs lying on the ground, you may see wood that appears to be colored with a green marker which is really a fungus called Chlorosplenium or also known as Chlorociboria.
7. Can you recall the names of the trees in this location? Which tree is white pine? Which is white oak? During the 1970s this area was more open than it is now due to lumbering and fires. Previously the area was dry and mostly barren except for mosses and lichens which are pioneer species in the natural plant succession. As time progressed so does succession. After the mosses and lichens, small shrubs such as blueberry and huckleberry were able to survive and later larger shrubs and trees. If you are willing to be quiet, observant, and also lucky, you may see some small mammals in this area. See if you can find “runways” of the white footed deer mouse which is often near or in the path.
8. Here is a place to ponder about some of the things that humans do to our environment and see some of our anthropogenic effects. Look down the slope to the north. Some time prior to 1970s about 600 tons of soil eroded from this slope and formed a delta pushing into the creek bed. Then unfortunately in 2004, a new sewer system greatly disturbed the ravine, but it is proposed to be planted as a Michigan prairie with hopes of seeing the flowers of lupines and bird’s foot violet again on this campus. Presently some trail users have been using this eroding trail furthering its damage. Fox tracks have been observed during the winter in this area even though the red fox (Vulpes vulpes) hasn’t been observed. This bold beautiful animal is a predator on insects, mice, and may feed occasionally on a cottontail rabbit.
| “Predation is part of the equation of life.”
9. Rest for awhile on the bench at The Point under the arching branches of witch-hazel (Hamamelis virginiana) and listen to the sounds and calls of birds, frogs, toads, insects, squirrels and other animals. Below you is a low wet area with many wetland plants. This is where Four Mile Creek and an intermittent stream meet to flow as one into the Muskegon River. The low puddled areas formed in the spring in the wetland area make good breeding places for frogs and toads. Listen for the beep, beep of the little spring peeper (Pseudacris crucifer crucifer). You may also hear the trilling of the male American toad (Bufo americanus americanus) or the deep throated call of male green frogs (Rana clamitans melanota) as they try to attract the females to this breeding area. Blue jays, flickers, orioles, cardinals, chickadees, as well as other birds may be heard at all times of the year. As you continue down the trail and stairway, be careful especially when they are wet with dew or other forms of precipitation.
10. At the bottom of the steps, you may take the short spur to the right on an old roadway to see the proposed prairie area and then return.
11. Have you noticed a change in the temperature and humidity as you walk in the wetland area and approach Four Mile Creek? You should also be aware of distinct changes in the vegetation. Some of the surrounding plants may be also found in dry areas, but many are only obligate wetland species. Near the path are blackberries (Rubus spp.) and horsetail(Equisetum). Do you see the miniature “Christmas trees” about 10 centimeters tall to the right of the trail? These are not pine trees at all, but Lycopodium – common name is clubmoss, but it is not a moss either! These are simple plants more closely related to ferns than flowering plants. Do not pick these plants even though they have been used for decorative purposes; they are now protected in Michigan. Maturing in about 25 years, a clubmoss plant may only become eight inches tall! Another plant in this area is Jack in the pulpit (Arisaema triphyllum). Its red berry-like fruit form under the hood of its leaf during the summer. Spicebush (Lindera benzoin) grows along the trail here as a small shrub. Look for the small dots on its bark and its early spring yellow flowers. Try rubbing and smelling a small piece of its bark; most people find the smell very pleasant and spicy.
12. Four Mile Creek begins near Sheridan Road, is about three miles long with its watershed as mostly residential land use with some industry. The immediate habitat supports many wetland plants such as skunk cabbage (Symplocarpus foetidus), Jack in the pulpit (Arisaema triphyllum) and cinnamon fern (Osmunda cinnamomea). The creek at this place is quite clear and shallow. There is, however, evidence of disturbance (fresh sand load on the bottom of the creek) due to scouring and erosion.
In the spring, skunk cabbage is one of the first flowers to appear, sometimes even before the snow is gone. If you smell the flower or its large leaves, you will soon know how the plant received its common name. The cinnamon fern is an interesting fern since it bears separate sterile and fertile fronds. The central portion or heart of all Osmunda spp. is tender, crisp and edible, tasting much like raw cabbage. It is easily obtained by pulling up a clump of half developed fronds. Do NOT try this delicacy since pulling up the clump of fronds will destroy the whole plant and there are other similar looking ferns that may cause gastric illnesses.
Do another soil probe digging to observe the wetland soils. How does its smell, texture, and color compare to the upland soil? Two types of wetland soil types exist in this floodplain area: Saranac loam and Tawas/Carlisle mucks. Both of these soil types are very deep and poorly drained organic soils.
In early May, this area is also covered with large patches of mayapple or mandrake (Podophyllum peltatum). The mayapple bears an unpleasant smelling white flower in the fork between the pair of large umbrella shaped leaves. The mature edible fruit of this plant is a fleshy, yellowish, egg-shaped, many seeded “apple” about two inches long. Some people find it a pleasant food item but beware it may give intestinal illness if it is not ripe. The root has been used medicinally for many years, but may also cause gastric illnesses. Other small plants are Canada mayflower or false lily of the valley (Maianthemum canadense) and goldthread (Coptis trifolia) giving the appearance of a miniature forest. Goldthread gets its name from its orange-colored roots and is a small evergreen plant with three-lobed leaves. Its tiny star-shaped flower appears in early spring.
As you cross the bridge, pause to look into the water. You may see frogs, tadpoles, fish, or water striders. Do you see little twigs moving on the bottom of the creek? These are probably the larva of caddis flies which build homes of twigs, sand and other available materials in which they live until they mature. Water striders are insects that skim over the surface of the water. You may see a few small fish in the pools. Growing on the logs near the stream are mosses and liverworts which are very simple plants with no true roots or stems.
13. Do you see the two small plants that form red berries in the autumn? Wintergreen (Gaultheria procumbens) is larger than the creeping partridgeberry (Mitchella repens). Wintergreen is a low creeping evergreen shrub and makes up much of the ground cover in this area. It is usually abundant in rich coniferous woods and is a good indicator of the fact that soil conditions at the present time are not much different than when white pine was the dominant tree in the area. Partridgeberry is also a low trailing plant with paired fragrant flowers developing into small red fruits if they are not eaten by animals.
14. As you climb the stairway, notice that you are moving into another type of habitat. Red maple or swamp maple (Acer rubrum) and witch-hazel (Hamamelis virginiana) dominate the slope with a smaller percentage of white pine and oaks. The soil is becoming drier as you climb and the bracken fern has become common again. Rest for a moment at the bench and admire the lovely view. This is a wonderful place to reflect on what you have seen and heard. In the spring, scarlet tanagers, cedar waxwings, myrtle warblers, song sparrows, and brown thrashers are often heard. All through the year, you may hear or catch a glimpse of a tufted titmouse, a nuthatch, or a bluejay. A short Arbutus trail loop joins the trail at the top of the stairway if you so desire an additional ½ mile of hiking. Trailing arbutus (Epigaea repens) is found in many places along the loop trail and the plant blooms fragrant pink-tinged white flowers in the spring time.
15. Overlook Four Mile Creek and its meandering curves. Early in the spring, marsh marigold (Caltha palustris) will be blooming a bright yellow along the water’s edge. Listen for the frogs and observe how the stream meanders through its floodplain area. Along the trail you may find a few of the following: Hepatica, Solomon’s seal (Polygonatum pubescens), sarsaparilla (Aralia nudicaulis), and lousewort (Pedicularis canadensis). Hepatica plants have three-lobed leaves; hence, its Latin name refers to its similarity to our liver. Their flowers may be white, pink or blue and are among the first to bloom in the spring. The flowers of the true Solomon’s seal look like tiny whitish green bells growing under its stalk which later mature into small fruits.
16. Witch-hazel arches over the trail and blooms in the autumn. If you are out for a walk in October or November, look for its yellow narrow leaved flowers along its branches. Little star flowers (Trientalis borealis) bloom white “stars” in the spring. Along the trail in the autumn, look for some coral-shaped fungi (Clavaria) that are either bright reddish orange or tan. If the fungi are greenish or purplish, it may be one of the many variaties of Russula. Fungi are NOT plants and cannot produce their own food as plants, but instead must obtain carbohydrates by decomposing organic substances with their mycelia. Also in this area, look for a small plant that has two triers of whorled leaves. Its name is Indian cucumber root (Medeola virginiana).
17. If you are hiking in the spring, what is the name of the plant with the large umbrella-like leaves on the wetland side of the trail? The mayapple (Podophyllum peltatum). Look along the edge of the creek. Do you notice some overturned trees that fell during some powerful straight line winds? This disturbed site is now a new microhabitat for organisms. Look up in the large trees—perhaps you will see a large bundle of leaves near the top of one. This may be either an old fox or gray squirrel nest.
18. Other ferns that may be found in the wetland area besides cinnamon fern are interrupted fern (Osmunda claytoniana), royal fern (Osmunda regalis var. spectabilis), and sensitive fern (Onoclea sensibilis). Many of the ferns can become at least three feet tall. Beware of poison ivy (Toxicodendron radicans) along the trail, especially along the creekside. Poison ivy is three leaved and slightly lobed and can be differentiated with other leaves of three, such as the blackberry – in that that blackberry has much more jagged or toothed edges on its leaves. To the left and before crossing the bridge, you may see clubmoss, skunk cabbage, elderberry, and Trillium.
19. In the very moist microhabitat along the creek, a liverwort (Marchantia) grows and looks like a green flat leaf-like plant. Liverworts usually grow in the wet habitats. Do you see the ferns, witch-hazel, and maples? Ducks, muskrats, and raccoons have been seen in or near the creek. Do you see any tracks in the sand along the creek?
20. Red maples abound and so does poison ivy (Toxicodendron radicans) near the current access road ahead. Behind you is an old roadbed between the creek and the upland habitat. This area had been cut over, bulldozed and burned during the early 1960s when the college was built. Assuming disturbance will not continue, this is an excellent chance to observe natural succession. This is nature’s process of change. Such sun tolerant plants as chickweed, goldernrod, Canada thistle, dandelions were common in the 1970s, but as the habitat became less suited to them and more suited to shade-tolerant plants, shade tolerant plants such as ferns slowly replace the sun-tolerant plants. Animals associated with the succession of plants will also change. The Eastern mole (Scalopus aquaticus) has been seen and some years ago were live trapped along the banks of the old road bed. This mole, with broad feet and sharp claws is well adapted to capturing insects in the ground. At times, the Eastern box turtle (Terrapene carolina carolina) may be seen as you approach the upland area.
If you want to take the shortcut to the beginning of the trail continue on the dirt trail on the left. Or proceed to the right on the current path toward the college building and turn left on the access road to go to the parking lot. We hope you have enjoyed your walk and will return for another visit!
Habitat & Species Fact Sheets
Kasey Hartz Natural Area Habitat and Species Fact Sheets (including some dune and prairie species)
Completed by independent study students and edited by T. Van Veelen, Nov. 2011
Photographs by students and T. Van Veelen
- Barberry (Berberis) by student Andrew Carson 2011
- Bearberry (Arctostaphylos uva-ursi) by student Andrew Carson 2011
- Beech, American (Fagus grandifolia) by student Andrew Carson 2011
- Blueberry, low (Vaccinium angustifolium) by Barbara Grob 2007
- Bluestem, big (Andropogon gerardii) by student Hope Buell 2010
- Bluestem, little (Schizachyrium scoparium) by student Andrew Carson 2011
- Cherry, black (Prunus serotina) by student Hope Buell 2010
- Cucumber root, indian (Medeola virginiana) by Barbara Grob 2007
- Dogwood, flowering (Cornus florida) by student Barbara Grob 2008
- Fern, bracken (Pteridium aquilinum) by student Elizabeth LaRue 2008
- Fern, cinnamon (Osmunda cinnamomea) by student Elizabeth LaRue 2008
- Fern, royal (Osmunda regalis var. spectabilis) by student Elizabeth LaRue 2008
- Fern, sensitive (Onoclea sensibilis) by student Elizabeth LaRue 2008
- Goldenrod (Solidago) by Barbara Grob 2007
- Grape (Vitis) by student Hope Buell 2010
- Greenbrier (Smilax rotundifolia) by student Barbara Grob 2008
- Ground pine (Lycopodium obscurum) by Barbara Grob 2007
- Habitat: Creek Bed by student Barbara Grob 2008
- Habitat: Environmental data, winter 2008 by Barbara Grob and Elizabeth LaRue 2008
- Habitat: Red Maple/witch-hazel (North-facing slope) by student Barbara Grob 2008
- Habitat: Sampling procedures by Barbara Grob 2008
- Habitat: Upland by student Barbara Grob 2008
- Hepatica, round lobed (Hepatica americana) by student Barbara Grob 2008
- Hepatica, sharp lobed (Hepatica acutiloba) by student Barbara Grob 2008
- Horsetail (Equisetum) by student Hope Buell 2010
- Huckleberry(Gaylussacia baccata) by Barbara Grob 2007
- Jack in the pulpit (Arisaema triphyllum) by Barbara Grob 2007
- Jewelweed (Impatiens pallida) by Barbara Grob 2007
- Liverwort (Phylum Hepatophyta) by student Elizabeth LaRue 2008
- Maple, red (Acer rubrum) by student Barbara Grob 2008
- Maple, sugar (Acer saccharum) by student Andrew Carson 2011
- Marsh marigold (Caltha palustris) by Barbara Grob 2007
- Mayapple (Podophyllum peltatum) by student Elizabeth LaRue 2008
- Mayflower, Canada (Maianthemum canadense) by Barbara Grob 2007
- Oak, black(Quercus velutina) by student Barbara Grob 2008
- Oak, red (Quercus rubra) by student Barbara Grob 2008
- Oak, white (Quercus alba) by student Hope Buell 2010
- Partridgeberry (Mitchella repens) by Barbara Grob 2007
- Pine, white (Pinus strobus) by student Barbara Grob 2008
- Poison ivy (Toxicodendron radicans) by Barbara Grob 2007
- Sassafras (Sassafras albidum) by student Barbara Grob 2008
- Shelf fungi (Phellinus) by student Hope Buell 2010
- Skunk cabbage (Symplocarpus foetidus) by Barbara Grob 2007
- Solomon seal (Polygonatum pubescens) by student Barbara Grob 2008
- Spicebush (Lindera benzoin) by student Barbara Grob 2008
- Starflower (Trientalis borealis) by Barbara Grob 2007
- Wintergreen (Gaultheria procumbens) by Barbara Grob 2007
- Witch-hazel (Hamamelis virginiana) by Barbara Grob 2007
- Bibliography for Andrew Carson’s fact sheets 2011
- Bibliography for Barbara Grob’s fact sheets 2008
- Bibliography for Elizabeth LaRue’s fact sheets 2008
- Bibliography for Hope Buell 2010
Four Mile Creek Information
· EPA sediment research (pdf)
See this webpage if you are interested in becoming a nature trail guide for the Kasey Hartz Natural Area.
Muskegon Community College Herbarium
Many plant specimens from the Kasey Hartz Natural Area and from surrounding West Michigan areas are preserved in the Muskegon Community College Herbarium located in the Life Science department area. Some of the specimens have been specifically constructed for students and are utilized by the college students for courses such as BIOL 104, BIOL 120, and BIOL 120F. If you desire to view particular herbarium sheets, please contact Theresa Van Veelen (email@example.com) with your request and possible visiting dates/times.
Beyond the Glass Exhibit
Access this webpage for more information about the Kasey Hartz Natural Area exhibit on the main floor in the Hendrik Meijer Library/Information Technology Center. While standing in the main area of the library, look outside through the huge window and correlate educational text from the display via the panoramic photograph to the living world beyond the glass.